Preview with Your Text
ED Fettle Serif Thin otf (100) font
Publisher
CreativeMarket.com
License
$ Commercial
Date added
Apr 06 2022
A thin, elegant serif font with high contrast and modern style.
This font features a thin, elegant serif style with high contrast between thick and thin strokes. The characters are elongated with a modern aesthetic, characterized by sharp serifs and a refined appearance.
Ideal for luxury branding, editorial design, and high-end product packaging.
Headlines, Logos
Balanced
Download ED Fettle Serif Thin otf (100) font. ED Fettle Serif Thin otf (100) by
Ideal for luxury branding, editorial design, and high-end product packaging.
Headlines, Logos
Balanced
Category
Bold
No
Italic
No
Weight
Light
Width
Normal
Character spacing
Normal
Line height
Tall
Contrast
High
Overall style
Modern
X height
Medium
Cap height
High
Similar Free Fonts for ED Fettle Serif Thin otf (100)
OPTILuna-Gothic Font
$ Free > Personal Use
Arima Koshi ExtraLight Font
$ Free > Personal Use
Similar fonts for ED Fettle Serif Thin otf (100) from Adobe.com
ApparatCond Thin Font
$ Commercial > Adobe.com
ApparatSemiCond Hairline Font
$ Commercial > Adobe.com
Similar fonts for ED Fettle Serif Thin otf (100) from MyFonts.com
Galix Ultra Light Font
$ Commercial > MyFonts.com
Quartal Extended SuperLight Font
$ Commercial > MyFonts.com
Similar fonts for ED Fettle Serif Thin otf (100) from CreativeMarket.com
ED Fettle Serif Regular ttf (400) Font
$ Commercial > CreativeMarket.com
ED Fettle Serif Thin otf (100) Font
$ Commercial > CreativeMarket.com
Help your fellow font-seekers if you think you can recognize the font. Earn some good karma by doing it :-) Answer & Help
Yet sometimes the images are very complex, so other users need a bit of help.
If you recognize the font from the samples posted here don't be shy and help a fellow designer.
Thousands of designers (famous or not) use the image font detection system to find a font or similar free fonts from an image. Although we have the largest database of fonts, the search for a font from an image gets mixed results like the image above.